Solvayu Pulse · Weather Intelligence for Critical Operations

Observe. Predict. Decide.

Solvayu Pulse tracks lightning from space over your operation and anticipates when it may strike nearby. Minute by minute, with nothing to install. Live across the Americas today; Europe and Africa are next. Fog, extreme rain and frost are on the way.

Pulse in alarm during a real storm: lightning within 16 km, distance rings and a 48-hour forecast.

Public demo · a real storm on 19 September 2026 at a high-altitude Andean site, replayed 45 times faster.

93%

of storms flagged before the first strike within 8 km, with a 66-minute median lead time.

Satellite early warning · blind replay over 8 months unseen by the model · IEC 62793 method
0.95

correlation between our satellite lightning counts and an independent ground network (1 = perfect match).

37 sites · 12 months · Spearman correlation
81 sites

in 13 countries measured for a full year, file by file: 1.58 million satellite files, zero read failures.

Lightning census 2025–2026

We publish what’s missing, too: a 54% false-alarm ratio against our 50% target. A pre-registered shadow test is underway.

The platform

One dashboard for every weather risk

Every module shows its real status. What’s in research, we say so; what’s live, we measure.

Live

Lightning

IEC 62793 alarm from observed lightning, minute by minute.

satellite early warning: live trial from 15 Oct
Live

48-hour storm forecast

Lightning probability calibrated on site history.

Live

Rain hour by hour · 48 h

Chance of rain every hour, next to the storm forecast.

Live

UV radiation by district

UV index now and ahead for every district in Peru.

open · uv.solvayu.com
Live

El Niño thermometer

How much the sea off Peru has warmed, every week. In El Niño years, history stops being a guide: so we measure.

open · weekly
In validation

Fog and low cloud

Night-time detection from space, tested on a coastal corridor. For roads, ports and airfields.

In development

Wind and gusts

Hourly forecast for lifting, blasting and work at height.

In research

Extreme rain and debris flows

Basin rainfall and debris-flow thresholds.

In development

Frost and heat stress

For people, crops and livestock.

In research

Wildfire and volcanic ash

Detection and drift, seen from space.

See the risk board Concept with illustrative data: every risk at one site, your thresholds and operating windows.
How it works

From space to your operation, with nothing to install

01

Observe

Geostationary satellites —lightning every 20 seconds, clouds every 10 minutes—, global models and on-site stations.

02

Learn

Machine-learning models calibrated on each site’s own history. Measured probabilities, not guesses.

03

Alert

Dashboard, sound, WhatsApp, API and MCP, in the language of the standard. Pulse informs; your site decides.

No sensors to calibrate or maintain, and no false alarms from dust, engines, welding or power lines.

For developers and AI agents · Early access

Pulse speaks to your systems, too

A REST API and an MCP server: connect Pulse to dispatch, SCADA or radios, or ask your AI assistant whether a storm is near your site.

REST API

curl https://api.solvayu.com/v1/sites/demo/status \
  -H "Authorization: Bearer $SOLVAYU_KEY"

{ "status": "alarm",
  "nearest_strike_km": 10.9,
  "alarm_ends_earliest": "12:33" }

MCP

{ "mcpServers": {
    "solvayu": { "url": "https://mcp.solvayu.com" } } }

› Is there lightning within 16 km of my site?
  Yes: alarm active, nearest strike 10.9 km away.

Illustrative examples. Request early access and we’ll let you know when your key is ready. Request access →

Solvayu Labs

We research what isn’t solved yet

Criteria set before seeing results, standard metrics and open data. Science you can check.

Nowcasting in complex terrain

Cutting false alarms without losing lead time where storms form right over the site.

Lightning without a lightning sensor

Inferring lightning from cloud imagery alone, for regions and satellites with no optical lightning mapper.

Fog, day and night

Visibility calibrated with real sensors on haul roads and in ports.

Extreme rain and debris flows

Basin-level thresholds for El Niño years in the Andes.

For every exposed operation
High-altitude miningPower and transmissionAgricultureRoads and portsConstructionPublic sector
In the language of the standard
  • IEC 62793:2020Thunderstorm warning systems
  • D.S. 024-2016-EMMining safety · Peru
  • Ley 30102UV radiation · Peru
  • ISO 45001Occupational health and safety

See it on a real storm

The demo replays real storms recorded at an Andean site. Turn the sound on: each ring sounds different.